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Jason Franz
3 studies match your search
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Wearable Ankle Power Training for Better Mobility in Aging

Preventing walking disability in our rapidly aging population is an enormous public health challenge. Fundamental to their loss of functional mobility is that the muscles needed to power walking experience decline in function with age. Wearable assistive devices can be designed to augment the function of these muscles and may make walking easier. If you are a healthy older adult, you may be able to participate in a training intervention to determine the feasibility of a passive wearable ankle device that strengthens walking dynamics and decreases fall risk.

Age & Gender
  • 60 years ~ 85 years
  • Male, Female, Gender Inclusive
Study Interest
  • Aging
  • Bones, Joints, Muscles
  • Movement
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How Knee Joint Movement Affects Cartilage Strain and Arthritis Risk

Did you recently have a knee osteoarthritis? If so, please participate in our study analyzing how knee joint movements are linked to cartilage strain to help treat and prevent development of knee osteoarthritis. Compensation provided.

Age & Gender
  • 50 years ~ 79 years
  • Male, Female, Gender Inclusive
Study Interest
  • Bones, Joints, Muscles
  • Healthy Volunteer or General Population
  • Wellness and Lifestyle
  • and 2 more
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The effects of ankle push-off assistance on gait capacity

Preventing walking disability in our rapidly aging population is an enormous public health challenge. Fundamental to their loss of functional mobility is that the muscles needed to power walking experience disproportionate declines in function with age. Wearable assistive devices can be designed to augment the function of these muscles and may make walking easier. If you are a healthy adult, you may be eligible to participate in a study to help guide the development of more effective exoskeleton designs!

Age & Gender
  • 65 years ~ 85 years
  • Male, Female, Gender Inclusive
Study Interest
  • Bones, Joints, Muscles
  • Healthy Volunteer or General Population
  • Movement
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